AGEIA’s PhysX Processor Available Now in Select Dell, Alienware and Falcon Northwest Gaming Systems; Games Coming From More Than 60 Leading Software Developers and Publishers
MOUNTAIN VIEW and SAN JOSE, Calif. – March 22, 2006 – AGEIA™ Technologies, Inc., the pioneer in hardware-accelerated physics for games, today announced the availability of its PhysX™ processor, the first physics processing unit (PPU) designed to power pervasive real-time physics in PC gaming. With immediate availability from the world’s leading gaming system and personal computer manufacturers Alienware, Dell, and Falcon Northwest, the AGEIA PhysX Accelerator brings true physics interaction on a massive scale to serious gamers for the first time.
AGEIA PhysX Accelerator add-in boards from leading board manufacturers ASUS and BFG will be available in wide distribution in May of this year.
The AGEIA PhysX processor, with its massively parallel interactive PhysX engines, has been specifically designed to accelerate dynamic physical motion and interaction in games at a scale and quality far beyond what has previously been possible. Exciting new games optimized for the hardware-accelerated physics provided by the PhysX processor will feature complex characters, objects and environments that fully interact based on real-world, real-time properties.
With the PhysX accelerator installed in their PCs, gamers can now have different experiences every time they play a game. For example explosions will be in real-time and specific to the interaction of objects, not just replays of the same animation over and over again. Now game objects can smash, bounce, deform, shatter or explode and cause a different chain reaction every time, depending on physical laws such as force, speed, volume, pressure, or density.
More than one hundred games designed for and supporting the AGEIA PhysX processor are in development from over 60 leading software developers and publishers. Game developer and publishing partners include UbiSoft, Cryptic Studios, NCSoft, Epic Games and Sega, among many others.
Completing the Gaming Power Triangle
The AGEIA PhysX processor completes the new Gaming Power Triangle consisting of the central processing unit (CPU), graphics processing unit (GPU) and PPU to balance the excessive computing demands of game logic, graphics and physics. Within this triangle the CPU “thinks and orchestrates” to drive game artificial intelligence and logic, the general purpose GPU “renders and displays” to deliver beautiful 3D imagery, and the third leg of the triangle, the new AGEIA PhysX Processor, “moves and interacts” to take gaming to the next level with pervasive dynamic motion and interaction.
Examples of other PhysX-driven features that will dramatically improve the gamer experience include:
Explosions with dust, debris and shrapnel that cause collateral damage
Characters with joints, convexes and other complex geometry that enable realistic motion
Spectacular new weapons with unpredictable effects
Lush foliage that bends and sways when brushed against by the player or other characters or objects
Dense smoke and fog that ooze naturally around moving objects
Fluids that ebb and flow, drip, or spray naturally with physical characteristics dependent on their viscosity
Cloth that drapes, flows, tears and billows depending on where it is placed and the environment
MOUNTAIN VIEW and SAN JOSE, Calif. – March 22, 2006 – AGEIA™ Technologies, Inc., the pioneer in hardware-accelerated physics for games, today announced the availability of its PhysX™ processor, the first physics processing unit (PPU) designed to power pervasive real-time physics in PC gaming. With immediate availability from the world’s leading gaming system and personal computer manufacturers Alienware, Dell, and Falcon Northwest, the AGEIA PhysX Accelerator brings true physics interaction on a massive scale to serious gamers for the first time.
AGEIA PhysX Accelerator add-in boards from leading board manufacturers ASUS and BFG will be available in wide distribution in May of this year.
The AGEIA PhysX processor, with its massively parallel interactive PhysX engines, has been specifically designed to accelerate dynamic physical motion and interaction in games at a scale and quality far beyond what has previously been possible. Exciting new games optimized for the hardware-accelerated physics provided by the PhysX processor will feature complex characters, objects and environments that fully interact based on real-world, real-time properties.
With the PhysX accelerator installed in their PCs, gamers can now have different experiences every time they play a game. For example explosions will be in real-time and specific to the interaction of objects, not just replays of the same animation over and over again. Now game objects can smash, bounce, deform, shatter or explode and cause a different chain reaction every time, depending on physical laws such as force, speed, volume, pressure, or density.
More than one hundred games designed for and supporting the AGEIA PhysX processor are in development from over 60 leading software developers and publishers. Game developer and publishing partners include UbiSoft, Cryptic Studios, NCSoft, Epic Games and Sega, among many others.
Completing the Gaming Power Triangle
The AGEIA PhysX processor completes the new Gaming Power Triangle consisting of the central processing unit (CPU), graphics processing unit (GPU) and PPU to balance the excessive computing demands of game logic, graphics and physics. Within this triangle the CPU “thinks and orchestrates” to drive game artificial intelligence and logic, the general purpose GPU “renders and displays” to deliver beautiful 3D imagery, and the third leg of the triangle, the new AGEIA PhysX Processor, “moves and interacts” to take gaming to the next level with pervasive dynamic motion and interaction.
Examples of other PhysX-driven features that will dramatically improve the gamer experience include:
Explosions with dust, debris and shrapnel that cause collateral damage
Characters with joints, convexes and other complex geometry that enable realistic motion
Spectacular new weapons with unpredictable effects
Lush foliage that bends and sways when brushed against by the player or other characters or objects
Dense smoke and fog that ooze naturally around moving objects
Fluids that ebb and flow, drip, or spray naturally with physical characteristics dependent on their viscosity
Cloth that drapes, flows, tears and billows depending on where it is placed and the environment
